In Fibrous proteins,polypeptide chains are held together by:

hydrogen bonds

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disulphide bonds

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both

A

and

B

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none of these

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Solution

The correct option is C both $A$ and $B$
Fibrous and globular shapes of proteins are found in the tertiary structure of the protein, the tertiary structure of the protein is stabilized by hydrogen, disulphide, and van der Waals forces.

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Similar questions

In fibrous proteins, polypeptide chains are held together by ........... .
(a) van der Waals forces (b) disulphide linkage
(c) electrostatic forces of attraction (d) hydrogen bonds

In fibrous proteins, polypepetide chains are held together by

When the polypeptide chain runs parallel and are held together by hydrogen and disulphide bond then the proteins formed is:

Q. __________ is a globular protein of

\sim 6 k D a

consisting of

51

amino acids, arranged in

2

polypeptide chains held together by disulphide bridge.

__________ is a globular protein of 6 kDa consisting of 51 amino acids arranged in 2 polypeptide chains held together by a disulphide bridge.

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In Fibrous proteins,polypeptide chains are held together by:

The correct option is C both A and BFibrous and globular shapes of proteins are found in the tertiary structure of the protein, the tertiary structure of the protein is stabilized by hydrogen, disulphide, and van der Waals forces.

The correct option is C both $A$ and $B$
Fibrous and globular shapes of proteins are found in the tertiary structure of the protein, the tertiary structure of the protein is stabilized by hydrogen, disulphide, and van der Waals forces.